#tissue engineering scaffold

[qingzinano]

Tissue Engineering Scaffold 3D Printer

Ø Tissue Engineering Scaffold 3D Printer

Ø Bioceramics Scaffold 3D Printer

Ø Micro Nano Channel 3D Printer

Ø Micro Nano Controllable Deposition Track

Ø Rapid pototyping and design

Ø OPLENIC High-definition display real-time tracking forming process

 Technological Features:

Adopt eletrospinning to manufacture ordered nanofiber technology, use electrostatic field to make jet spinning jet injection, utilize linear stable jet to perform ordered controllable deposition of ordered nanofiber. Nanofiber electrospinning is without residual solvents but with controllable direct writing structur

[qingzinano]

Biomaterial Tissue Engineering Scaffold 3D Printer

Product brief introduction Biomaterial tissue engineering scaffold 3D printing is a technology which developed to tissue regeneration repair. Tissue engineering scaffold is beneficial to induce the cell proliferation and differentiation, can promote the deficient tissue regeneration rapidly. Lepton’s equipment can prepare scaffold which diameter less than 1 micron, is more beneficial to the cell attachment and differentiation.

Parameters

Multiple materials and processes printing: hydrogel, PCL, PLGA, PLA, chitosan, sodium alginate, thermosensitive material, light-sensitive material etc. The smallest printing precision can reach 100nm; Nozzle orientation self-calibration system; Can choose low temperature molding device; Environment temperature and humidity is controllable; The maximum printing speed is 200mm/s; Printing area: 150*150mm; Can collaborative switch printing multiple materials and processes.